In this text we will focus on some "geometric" judgements, which ground proofs and concepts of mathematics in cognitive experiences. They are "images", in the broad sense of mental constructions of a figurative nature: we will largely refer to the well ordering of integer numbers (they appear to our constructed imagination as spaced and ordered, one after the other) and to the shared image of the width less continuous line, an abstracted trajectory, as practice of action in space (and time).https://www.keio-up.co.jp/kup/eng/cont/13300.htm
Abstract: This paper synthesizes recent research from several disciplines, concerning the cognitive,...
Unpublished manuscriptGeometry is a school subject, but also and primarily geometry is a mathematica...
inference, theorem proving Humans employ diagrams and other pictures, both real and imagined, as aid...
Giuseppe Longo. The Cognitive Foundations of Mathematics: human gestures in proofs, in Images and Re...
The foundational analysis of mathematics has been strictly linked to, and often originated, philosop...
This review discusses the content of Mateusz Hohol’s new book Foundations of Geometric Cognition. Ma...
I feel somewhat constrained in attempting to focus on the topic of theories of mathematical learning...
Abstract: The theory of embodied cognition proposes that the source of many ideas, including mathema...
In line with the latest positions of Gottlob Frege, this article puts forward the hypoth- esis that ...
In this dissertation, I investigate how humans represent space and other geometric entities. The top...
Perception has structure. Aspects of this structure are relevant for image-based geometrical objects...
The idea that formal geometry derives from intuitive notions of space has appeared in many guises, m...
When dealing with the relationship between mathematics and cognition, we face two main intellectual ...
Most people believe that mathematics is numbers, symbols, and notations. In this podcast, Brendefur ...
Mathematics involves thinking and communicating about the absent and abstract. Our primate brains an...
Abstract: This paper synthesizes recent research from several disciplines, concerning the cognitive,...
Unpublished manuscriptGeometry is a school subject, but also and primarily geometry is a mathematica...
inference, theorem proving Humans employ diagrams and other pictures, both real and imagined, as aid...
Giuseppe Longo. The Cognitive Foundations of Mathematics: human gestures in proofs, in Images and Re...
The foundational analysis of mathematics has been strictly linked to, and often originated, philosop...
This review discusses the content of Mateusz Hohol’s new book Foundations of Geometric Cognition. Ma...
I feel somewhat constrained in attempting to focus on the topic of theories of mathematical learning...
Abstract: The theory of embodied cognition proposes that the source of many ideas, including mathema...
In line with the latest positions of Gottlob Frege, this article puts forward the hypoth- esis that ...
In this dissertation, I investigate how humans represent space and other geometric entities. The top...
Perception has structure. Aspects of this structure are relevant for image-based geometrical objects...
The idea that formal geometry derives from intuitive notions of space has appeared in many guises, m...
When dealing with the relationship between mathematics and cognition, we face two main intellectual ...
Most people believe that mathematics is numbers, symbols, and notations. In this podcast, Brendefur ...
Mathematics involves thinking and communicating about the absent and abstract. Our primate brains an...
Abstract: This paper synthesizes recent research from several disciplines, concerning the cognitive,...
Unpublished manuscriptGeometry is a school subject, but also and primarily geometry is a mathematica...
inference, theorem proving Humans employ diagrams and other pictures, both real and imagined, as aid...